// Use this for initialization
void Start()
{
float distance = GameMathematicsStatics.CalculatePointAndLineDistance(pt, line);
Debug.Log("CalculatePointAndLineDistance distance " + distance);
float lineAndLineDistance = GameMathematicsStatics.CalculateLineAndLineDistance(line, line2);
Debug.Log("CalculateLineAndLineDistance distance " + lineAndLineDistance);
Vector3 lineAndPlanePoint = GameMathematicsStatics.CalculateLineAndPlaneIntersection(line, plane);
plane.PlaneAndLinePoint = lineAndPlanePoint;
Debug.Log("CalculatePointAndLineDistance lineAndPlanePoint " + lineAndPlanePoint.ToString());
bool isInTriangle = false;
Vector3 lineAndTrianglePoint = GameMathematicsStatics.CalculateLineAndTriangleIntersection(line, triangle, ref isInTriangle);
triangle.PlaneAndLinePoint = lineAndTrianglePoint;
Debug.Log("CalculateLineAndTriangleIntersection lineAndTrianglePoint " + lineAndTrianglePoint.ToString() + " isInTriangle " + isInTriangle);
int compressedFloat = CompressFloatUtil.CompressFloat(1234.56789f);
Debug.Log("CompressFloatUtil compressedFloat " + compressedFloat);
float decompressedFloat = CompressFloatUtil.DecompressFloat(compressedFloat);
Debug.Log("CompressFloatUtil decompressedFloat " + decompressedFloat);
bool isInSphere = false;
Vector3 lineAndSphereIntersection = GameMathematicsStatics.CalculateLineAndSphereIntersection(sphereCheckLine, sphere, ref isInSphere);
sphere.LineAndSphereIntersection = lineAndSphereIntersection;
Debug.Log("CalculateLineAndSphereIntersection lineAndSphereIntersection " + lineAndSphereIntersection.ToString() + " isInSphere " + isInSphere);
Debug.Log("Newton's Method Sqrt " + GameMathematicsStatics.Sqrt(1.23456) + " Normal Sqrt " + System.Math.Sqrt(1.23456));
GameMathematicsStatics.SliceMesh(slicePlane, neededSliceMesh.transform);
}
protected override void Awake()
{
planeNormal = GameMathematicsStatics.Cross(p1.location - p0.location, p2.location - p0.location).normalized;
planeCenter = transform.position;
}
